More than magnets
Magnetic solutions engineered for OEM performance.
Elite Magnets develops and manufactures custom rare earth magnets, magnetic assemblies, and material routes for products where magnetic performance, geometry, and repeat supply must work together.
NdFeB / SmCo / Bonded
Material routes for demanding OEM parts
Magnetization + Assembly
Built around the working product
Application-first development
- Magnetic output, size, and operating temperature
- Coating, corrosion exposure, and assembly method
- Inspection plan for sample builds and repeat orders
Magnetic technology partner
We help OEM teams turn magnetic requirements into production-ready components.
A magnet is rarely an isolated part. It affects torque density, sensing accuracy, heat management, corrosion risk, assembly tolerance, and supply stability. Elite Magnets supports the whole path from application requirement to controlled production.
Founded in 1999Manufacturing experience in rare earth magnets
Zibo, Shandong, ChinaFactory-side support from Linzi District
OEM FocusCustom parts, assemblies, inspection, and repeat supply
Perfect value chain
From concept to production-ready magnetic components.
Like a precision machining partner, we keep the technical path visible: requirement review, material selection, manufacturable geometry, controlled processing, magnetization, assembly, inspection, and delivery.
01
Application Review
Clarify force, flux, torque, sensing, heat, corrosion, and assembly constraints before the part is defined.
02
Material Route
Match sintered NdFeB, SmCo, bonded NdFeB, coating, and grade direction with the working environment.
03
Precision Manufacturing
Control geometry, tolerance, surface treatment, and process feasibility for repeatable custom parts.
04
Magnetization
Plan axial, radial, diametrical, multipole, and fixture-dependent magnetization around the assembly.
05
Assembly Support
Support bonding, sleeves, housings, rotor interfaces, packaging, and production-friendly handling.
06
Inspection & Supply
Keep dimensional, magnetic, coating, documentation, and repeat-order controls aligned after launch.
01
Engineering reviewApplication, magnetic target, material route, and manufacturable geometry.
02
Manufacturing & magnetizationMachining, coating, pole direction, fixtures, and sample evidence.
03
Assembly, inspection & supplyInterfaces, verification, packaging, documentation, and repeat orders.
Products
Magnet products selected around the application.
The right product family depends on magnetic output, thermal stability, geometry, corrosion exposure, magnetization pattern, and volume. Start with the dominant design constraint to move into the right technical path quickly.
Sintered NdFeB Magnets
High magnetic strength for compact motors, sensors, holding systems, rotors, and precision assemblies.
Sintered SmCo Magnets
Stable magnetic performance for higher temperature, corrosion-sensitive, and demanding industrial environments.
Bonded NdFeB Magnets
Complex shapes, multipole magnetization, and repeatable dimensions for high-volume engineered parts.
Manufacturing capability
Precision process control for custom magnetic parts.
Manufacturing capability is more than a machine list. It is the discipline of translating drawings, tolerances, materials, tooling, inspection, and production feedback into a repeatable part.
A
Geometry and tolerance review
Confirm whether the drawing, magnetic direction, coating, and assembly interface can be held in production.
B
Process route and sampling
Align material, forming, machining, coating, magnetization, and first-article checks before scale-up.
C
Repeat supply control
Keep inspection records, packaging, labeling, and order follow-up consistent after approval.
Material expertise
Material choices made with the operating environment in mind.
Material selection should be tied to the final application, not only to a catalogue grade. Temperature, corrosion, available space, magnetic target, geometry, and production route should be reviewed together.
| Material | Best path when | Typical use |
|---|---|---|
| Sintered NdFeB | Compact high-strength designs need maximum magnetic output in limited space. | Motors, encoders, sensors, holding devices, and precision assemblies. |
| Sintered SmCo | Heat, corrosion exposure, or harsh operating conditions matter more than maximum energy density. | High-temperature motors, sensors, actuators, and industrial assemblies. |
| Bonded NdFeB | Complex shapes, thin walls, repeatable dimensions, or multipole patterns are required. | Multipole rings, small motor rotors, sensor magnets, and integrated assemblies. |
Performance areas
Magnetic performance for motion, sensing, and industrial systems.
These application areas help engineering and purchasing teams connect operating requirements with the most relevant material, geometry, and manufacturing route.
Medical & Precision Devices
Compact devices where stable performance, surface control, cleanliness, and documented inspection shape the magnet route.
Sensors and Encoders
Magnet geometry, multipole patterns, and inspection planning for position sensing and precision control.
Quality and assurance
Quality planning and standards evidence for repeatable magnetic performance.
Inspection is part of the product promise. The standards below are common customer references, not proof that every manufacturing route is certified. Applicable site certificates, scope, validity, and part-level declarations must be verified for the selected program.
IATF 16949 reference
For an automotive program, request the applicable production-site certificate, scope, issuing body, validity, and customer-specific evidence.
ISO 9001 reference
Request the applicable production-site certificate, manufacturing scope, issuing body, and validity before relying on quality-system coverage.
ISO 14001 reference
Request the applicable site certificate, operational scope, issuing body, and validity when environmental-system evidence is required.
RoHS / REACH support
Request part-specific declarations, material data, supplier evidence, and the regulated-substance scope required for the target market.
Discuss your magnetic application with a technical team.
Send a drawing, performance target, material question, or production concern. We will help you identify the practical route before the project moves forward.